Studies of Nuclear Reactions and Structure (Physics)

这项拨款支持实验性的研究计划。 佛罗里达州立大学核物理实验室。 的 实验室包括一个超导线性加速器和一个 FN串列货车德格拉夫加速器注入器。 的研究 该实验室主要包括六个方面。 宏观 研究了重离子核反应的性质 通过融合的包容性和符合性测量， 裂变、分裂和不完全聚变反应。 高 分辨率共振粒子衰变光谱应用于 研究选定的高自旋，高激发能态。 集体激发和单粒子激发的相互作用是 在f.p.g壳层核中使用γ和 多粒子γ符合技术 自旋相关 反应的影响，包括自旋轨道力的影响， 将使用由偏振光束引起的反应来进行， 锂6和锂7。 角动量对 八极激发将进行实验使用 各种技术。 CEBAF、阿贡和 其他实验室也在进行， 与佛罗里达州的外部用户进行研究 大学加速器 此外，正在进行的项目， 建造一个光泵极化离子源，和一个大的 固体。角度布拉格曲线光谱仪将完成。

This grant supports the research program of the experimental nuclear physics laboratory at Florida State University. The laboratory includes a superconducting linear accelerator and an FN tandem Van de Graaff accelerator injector. The research of the laboratory lies in six main areas. The macroscopic properties of nuclear reactions with heavy ions are studied through inclusive and coincidence measurements of fusion, fission, breakup, and incomplete fusion reactions. High resolution resonant particle decay spectroscopy is applied to studies of selected high spin, high excitation energy states. The interaction of collective and single.particle excitations is examined in f.p.g shell nuclei using gamma.gamma and multiparticle.gamma coincidence techniques. Spin dependent effects in reactions, including asearch for a spin orbit force, will be carried out using reactions induced by beams of polarized lithium.6 and lithium.7. The effects of angular momentum on octupole excitations will be pursued experimentally using a variety of techniques. Collaborative research at CEBAF, Argonne and other laboratories is also conducted, as is collaborative research with outside users of the Florida State University accelerators. In addition, ongoing projects to construct an optically pumped polarized ion source, and a large solid.angle Bragg curve spectrometer will be completed.